Conference Description
Key Takeaways
- International conference combining academic research with practical cybersecurity applications
- Technical focus areas include DNS abuse detection, AI-driven security operations, OSINT methodologies, and post-quantum cryptography
- Designed for security professionals, SOC analysts, researchers, academics, and graduate students
- Features hands-on workshops, tutorials, keynote presentations, and panel discussions
- Organised by the CyberMACS Erasmus Mundus Masters Programme with industry and academic partners
Introduction
The International Applied Cybersecurity Conference & Summer School (IACyC 2026) brings together cybersecurity practitioners, researchers, and students from across Europe, the Middle East, and Asia for four days of technical education and knowledge exchange. Hosted at Kadir Has University in Istanbul, Türkiye, from 17–20 September 2026, the event addresses pressing challenges in applied cybersecurity at a time when organisations face increasingly sophisticated threats requiring both theoretical understanding and practical defensive capabilities.
Organised by the CyberMACS Erasmus Mundus Masters Programme, IACyC 2026 serves as a platform where academic research meets operational security practice. The conference programme emphasises emerging threat vectors and defensive technologies that security teams must understand to protect modern digital infrastructure.
About This Event
IACyC 2026 combines the depth of an academic conference with the practical orientation of a professional summer school. The programme includes keynote speeches from domain experts, panel discussions examining current industry challenges, technical workshops, tutorials, and oral presentations showcasing research from Erasmus Mundus students, alumni, and partner institutions.
The event format prioritises hands-on learning alongside theoretical discussion. Workshop sessions provide participants with opportunities to develop practical skills using real-world tools and scenarios, while academic presentations offer insight into emerging research directions that may shape future security practices.
Technical Focus Areas
The conference programme addresses several interconnected domains within applied cybersecurity. DNS abuse and detection remains a persistent challenge for security teams, as attackers continue to exploit domain registration processes and DNS infrastructure for phishing, malware distribution, and command-and-control operations. Sessions examine detection methodologies and domain registration analysis techniques that help identify malicious activity.
AI-driven security operations represents a significant shift in how security operations centres approach threat detection and response. The integration of machine learning into SOC environments promises to help analysts manage alert volumes and identify sophisticated attacks, though implementation presents its own challenges around model accuracy, explainability, and operational integration.
Open Source Intelligence (OSINT) methodologies feature prominently, particularly regarding how threat actors leverage publicly available information during initial access phases of attacks. Understanding these techniques helps defenders assess their own exposure and anticipate adversary reconnaissance activities.
The programme also addresses post-quantum cryptography, reflecting growing industry attention to cryptographic standards that will remain secure against future quantum computing capabilities. Additionally, sessions on defending against data manipulation attacks examine threats to data integrity that extend beyond traditional confidentiality concerns.
Bridging Research and Practice
A distinguishing characteristic of IACyC 2026 is its explicit focus on connecting academic cybersecurity research with operational security challenges. This orientation reflects broader recognition within the security community that effective defence requires both rigorous theoretical foundations and practical implementation expertise.
The involvement of organisations such as PriamAI, HackTheBox, and ICANN alongside academic institutions demonstrates this bridging function. Industry partners contribute operational perspectives and tooling, while academic participants bring research methodologies and emerging theoretical frameworks. This combination aims to produce knowledge that is both scientifically grounded and operationally applicable.
Who Should Attend
IACyC 2026 is designed for professionals and students working across the cybersecurity spectrum. Security analysts and SOC engineers will find practical content on threat detection, automation, and operational tooling. IT security managers can gain insight into emerging threats and defensive strategies relevant to organisational security programmes.
Academic researchers and graduate students, particularly those involved in Erasmus Mundus programmes, benefit from opportunities to present work, receive feedback, and establish connections with peers and potential collaborators. The event also serves professionals from government sectors seeking to understand current threat landscapes and defensive capabilities.
Conclusion
As cybersecurity threats continue to evolve in sophistication and scale, events that successfully integrate academic rigour with practical application become increasingly valuable. IACyC 2026 offers participants exposure to current research directions alongside hands-on experience with defensive techniques, positioning attendees to address both immediate operational challenges and longer-term strategic security considerations.